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Bloom Energy Promises Reliable Energy Affordable For Everyone

9 June 2010 No Comment

Electricity for just eight to nine cents per kilowatt hour

Bloom Energy has launched a new energy server with patented solid-oxide fuel-cell technology that can generate 100 kW, enough to power one small office building or 100 average U.S. homes. The Bloom Energy Server makes it possible to generate electricity locally, rather than purchasing it from a utility company.

The company says a server can generate electricity for eight to nine cents per kilowatt hour, and will cost anywhere from $700,000 to $800,000, not including fuel. Proponents hope that the servers will someday provide clean, reliable, and affordable energy around the world. Already there are people using the new energy server, including Google, FedEx, Cox Enterprises, eBay, Wal-Mart, and Coca-Cola.

It is not for everyone . . . yet

In a NewsFactor.com article, Bloom Energy CEO Dr KR Sridhar said the company is “dedicated to making clean, reliable energy affordable for everyone in the world.” At this time, however, it would take a lot more than a payday loan, even multiple numbers of payday loans, to get a Bloom Energy Server. The much-hyped launch of the energy server probably was not attended by many everyday people in need of a cash advance, but high-profile types like California Governor Arnold Schwarzenegger, former Secretary of State Colin Powell, and venture capitalist John Doerr were there.

One hundred percent cleaner than traditional methods

According to the NewsFactor.com article, the Bloom Energy Server contains thousands of ceramic fuel cells that generate electricity using an electrochemical process rather than the traditional combustion method. As appose to the traditional coal-fired electrical generation, the electrical generation process is 100 percent cleaner when the Bloom Energy Server cells are powered by biogas or some other renewable fuel source. When powered with fossil fuels, the Bloom Energy Server is about 67 percent cleaner than traditional methods.

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